Pleas solving the problems step by Stebe to understand .....?

The NSC's control logic was modified as shown below so that PC LD- OP[1] | (LOC & ~OP[1] & ~OP[0]), OUT-LD-OP[011 LOC, PC-INC = 'PC-LD. Given the memory contents below, solve the following problems. Address (in decimal) Machine code 101000 011001 000100 000101 2 If the current address is 0, LoC 1, and DOUT- 1001, what is the value of DOUT and the next address to execute after running this instruction? 3. DOUT (in binary) 1000 4. Next address (in decimal) -8 If the current address is 1, LOC = 0, and DOUT-1000, what is the value of DOUT and the next address to execute after running this instruction? 5. DOUT (in binary) 100 6. Next address (in decimal)-2 If the current address is 2, LOC-0, and DOUT- 1100, what is the value of DOUT and the next address to execute after running this instruction? 7. DOUT (in binary) 1100 8. Next address (in decimal) If the current address is 3, LOC = 1, and DOUT-1011, what is the value of DOUT and the next address to execute ater running this instruction? 9. DOUT (in binary) 0101 10. Next address (in decimal) 5 The NSC's control logic was modified as shown below so that PC LD- OP[1] | (LOC & ~OP[1] & ~OP[0]), OUT-LD-OP[011 LOC, PC-INC = 'PC-LD. Given the memory contents below, solve the following problems. Address (in decimal) Machine code 101000 011001 000100 000101 2 If the current address is 0, LoC 1, and DOUT- 1001, what is the value of DOUT and the next address to execute after running this instruction? 3. DOUT (in binary) 1000 4. Next address (in decimal) -8 If the current address is 1, LOC = 0, and DOUT-1000, what is the value of DOUT and the next address to execute after running this instruction? 5. DOUT (in binary) 100 6. Next address (in decimal)-2 If the current address is 2, LOC-0, and DOUT- 1100, what is the value of DOUT and the next address to execute after running this instruction? 7. DOUT (in binary) 1100 8. Next address (in decimal) If the current address is 3, LOC = 1, and DOUT-1011, what is the value of DOUT and the next address to execute ater running this instruction? 9. DOUT (in binary) 0101 10. Next address (in decimal) 5